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IPCC Climate Report: world has 10 years to ward off global warming disaster

The report was signed off on by the IPCC delegates on Saturday afternoon in the South Korean city of Incheon after a marathon six days of talks – including an overnighter to end the event.

One delegate who asked not to be identified said the process looked to be “doomed” after delegates from Saudi Arabia objected to the draft report and began “bashing the desk”.

For the first time in a IPCC report, the authors included social and economic impacts. That marked “the end of magical thinking” that sustainable development goals and poverty reduction could be divorced from climate action

‘Next decade critical’: Perils mount at 1.5 degrees of warming, says IPCC , Sydney Morning Herald,  By Peter Hannam & Nicole Hasham 8 October 2018 —The amount of coal and other fossil fuels the world can burn without unleashing dangerous climate change that will undermine the livelihoods of hundreds of millions of people and all but wipe out the Great Barrier Reef is “very small”, according to a major climate report.

The Intergovernmental Panel on Climate Change’s special report on a 1.5-degree hotter planet, released on Monday, said limiting warming to that amount remains possible, but only with “rapid, far-reaching and unprecedented changes in all aspects of society”……..

We’re currently heading towards about 3 degrees or 4 degrees of warming by 2100,” said Mark Howden, director of the Climate Change Institute at the Australian National University and one of the review’s editors.

“Limiting global warming to 1.5 degrees is not impossible but would actually require major transitions in many aspects of society, and to do those transitions, the next 10 years are critical.”

Many of those transitions will mean curbing if not halting entirely the release of greenhouse gas emissions from the burning of fossil fuels, land-clearing and other human activities.

Average temperature rises mask extreme events. Temperatures of hot days are forecast to increase three degrees in a 1.5 degree warmer world, and by four degrees if mean temperatures rise by 2 degrees. Continue reading →

October 8, 2018 Posted by Christina MacPherson | 2 WORLD, climate change | Leave a comment

S. Korean activists demand Japan not dump Fukushima’s radioactive water into the sea

October 8, 2018
SEOUL, Oct. 8 (Yonhap) — South Korean environmental groups on Monday urged Japan to reverse its recent decision to release radioactive water that has accumulated in the Fukushima nuclear plant into the sea after treatment.
Korea Radioactive Watch, the Korean Federation For Environmental Movement and other civic groups held a joint news conference in Gwanghwamun Square in downtown Seoul, denouncing the decision by the Japanese government and Tokyo Electric Power Co. to discharge Fukushima’s contaminated water into the ocean as “unacceptable.”
 
   “A release of Fukushima’s radioactive, contaminated water will threaten the safety of the waters of South Korea and other neighboring nations that share the Pacific Ocean, as well as the waters in the vicinity of Fukushima,” the activist groups said.
 
AEN20181008006000315_01_i.jpg
South Korean environmental activists hold a rally in front of the Japanese Embassy in Seoul on Oct. 8, 2018, to protest against Japan’s decision to release the Fukushima nuclear plant’s radioactive, contaminated water into the sea.
 
In March 2011, a major earthquake and a subsequent tsunami triggered a meltdown at Japan’s Fukushima nuclear power plant, which was the world’s worst nuclear disaster since Chernobyl.
The South Korean groups went on to argue that cost reduction appears to be the main reason for Japan’s push to discharge Fukushima’s radioactive water into the sea without checking its contamination condition.
“The Japanese government should disclose all information related to Fukushima’s radioactive water and listen to the opinions of its neighboring countries about how to dispose of the contaminated water. The South Korean government should sternly protest to Japan and take aggressive countermeasures,” the groups said.
They also insisted that water contaminated by high concentrations of radioactive materials collected around the Fukushima plant buildings after the 2011 accident and that the amount is estimated to reach about 940,000 tons.
http://english.yonhapnews.co.kr/news/2018/10/08/0200000000AEN20181008006000315.html

October 8, 2018 Posted by dunrenard | Fukushima 2018 | Fukushima Daiichi, Radioactive Water, Sea Dumping, South Korea | Leave a comment

An insider’s perspective on Fukushima and everything that came after

GettyImages-972815210-800x533.jpg
Ars chats with Naomi Hirose, who became TEPCO’s CEO after the Fukushima meltdown.
Naomi Hirose, vice chairman of Tokyo Electric Power Co. Holdings Inc. (TEPCO).
 
October 5, 2018
The meltdown of the reactors at Fukushima Daichi has changed how many people view the risks of nuclear power, causing countries around the world to revise their plans for further construction and revisit the safety regulations for existing plants. The disaster also gave the world a first-hand view of the challenges of managing accidents in the absence of a functional infrastructure and the costs when those accidents occur in a densely populated, fully developed nation.
Earlier this week, New York’s Japan Society hosted a man with a unique perspective on all of this. Naomi Hirose was an executive at Tokyo Electric Power Company (TEPCO) when the meltdown occurred, and he became its CEO while he was struggling to get the recovery under control. Ars attended Hirose’s presentation and had the opportunity to interview him. Because the two discussions partly overlapped, we’ll include information from both below.
The accident and safety
During his presentation, Hirose noted that the epicenter of 2011’s Tōhoku earthquake was only 180 kilometers from Fukushima. But initially, safety protocols kicked in; called a scram, the protocols led to control rods being inserted into the reactors to shut down the nuclear reactions and bring the plant to a halt. Since this had happened previously in response to earthquakes, Hirose said people were feeling confident the situation was under control.
But the earthquake itself had damaged the power lines that fed the plant, leaving it reliant on internal power to run the cooling pumps. And the source of that power was swept away when the tsunami generated by the quake inundated all six of the reactors on the site. This left the plant unable to cool its reactors; several melted down, and the hydrogen they generated ultimately led to explosions that wrecked the buildings that housed them. Hirose suggests that these explosions were likely sparked as things shifted and fell due to aftershocks.
This has led countries around the world to tighten their rules regarding backup equipment and to re-evaluate the infrastructure they assumed would be available to help manage the accident. We also got a chance to ask Hirose about how he viewed the risks of nuclear power after this experience:
We learned that safety culture is very important. We saw that we were probably a little arrogant. We spent a huge amount of money to improve the safety of that plant before the accident. We thought that this was enough. We learned that you never think this is enough. We have to learn many things from all over the world. 9/11 could be some lessons for nuclear power stations—it’s not just nuclear accidents in other countries, everything could be a lesson.
So we learn: “Do not stop improving the safety.” This is a technical matter, a scientific matter, and we can make these risks as small as possible.
Re-establishing control
In the immediate aftermath of the accident, what had gone wrong in some of the reactors wasn’t even clear; contaminated groundwater was a massive issue, and a substantial exclusion zone forced the evacuation of thousands of residents nearby. Just to do anything on the site required huge amounts of safety gear.
“[In the] first several years, we didn’t have a really clear plan, because it’s troubleshooting,” Hirose told Ars. “Many, many things took place, so we had to settle down these things. Now the condition of the plant is very stable.”
With the stability, one of the first steps chosen was to remove spent fuel, which was stored in elevated tanks in the reactor buildings. Reactor four shut down when the earthquake struck, and more than 1,500 fuel rods have since been safely removed. At reactor three, rubble covering the spent fuel pool has been cleared, and a new roof incorporating a crane has been built, paving the way to remove the spent fuel there.
But the melted-down reactors pose a much larger challenge. “We don’t know exactly the condition of the debris, so we developed several different types of robotics and let them go into the reactor building,” Hirose told Ars. “Now the robotics are taking movies, collecting all the data—temperature, radioactivity. Now we are planning how to attack, how to go to those debris. So maybe it takes a few more years; it depends on analyzing the situation.”
Meanwhile, decontamination work and time have reduced the onsite risk so that workers only need to wear exposure-tracking badges. The area of the exclusion zone with above-background radiation levels has also shrunk considerably.
“There are only two towns left in the evacuation zone—it’s getting smaller and smaller and smaller,” Hirose said during our interview. “Even those two towns—they are planning to develop a new city hall, new spaces for commercial [activity]. Since it’s been 7.5 years already, all the people will not come back. Kids start going to school in the places they went. Each has different situations. But we’d like to have those towns available for everybody. Still, those two towns are prohibited to come back, but we’d like to have that situation cleared.”
Bearing the costs
None of this comes cheaply. When we were discussing risks, Hirose acknowledged, “Once there is a serious accident, the costs of these things is enormous. And we understood that, and everybody realized that.”
But who carries that cost? In the US, the government steps in once costs exceed $12.6 billion. That’s not the case for TEPCO. “Japanese law—it’s called nuclear damage compensation law—clarified that no matter what the size of the damages, it’s singly the nuclear operator that has all the responsibility without fault. So even if we did [make any] mistake, the operator has to pay. The Price-Anderson Act in the US stipulates the limit in the damage. Maybe we need that kind of limit. It’s been discussed in Japan, and it’s a really difficult point.”
(“I mean, we had the accident, so maybe we shouldn’t say anything about this,” he said at this point.)
In the immediate aftermath of the accident, this pushed TEPCO’s finances to a very bad place. Once the site stabilized, so did the costs, but they remain enormous. During his public discussion, Hirose said that they’re running at about $5 billion a year, and that’s expected to continue for 30 years. “We’ve made enough for the past three years, but we have to do it for 27 more,” Hirose told the audience. That will fundamentally limit the actions the company can take for the next several decades.
Japan’s future
What’s that energy economy going to look like? Prior to Fukushima, Hirose was a big advocate of increasing electrification of energy use. He brought that up in our discussion as well.
Electrification definitely will expand—like electric vehicles and heat-pump technology. Those things are much, much more efficient compared to combustion engines or conventional heating systems. Electric vehicles are very efficient, so they don’t use a lot of electricity. Based on our calculations, even if all the automobiles turn into electric vehicles in the Tokyo area, our demand for electricity only goes up 15 percent or so. So it’s not a big, big potential transition.
And still, the total energy consumption would decline very, very much, because we don’t use any gasoline. And if that electricity is provided by renewables or nuclear, carbon dioxide would decrease dramatically. I think electrification is one of the things that will decrease the total demand for energy. It’s just how to generate that amount of electricity, which depends on if it’s nuclear, solar, wind… Electrification and decarbonization are the two key things.
Any increased demand due to electrification, however, will take place against a general decline in energy use in Japan. While already a very efficient society, the Japanese managed to curtail energy use even further as all of the country’s nuclear plants were shut down in the wake of Fukushima. “Have you been to Tokyo? Shops are very bright, very, um, shining with lights. It’s gorgeous—maybe you need sunglasses,” Hirose suggested. “But people started thinking that maybe that was too much.”
Critically, what might have been temporary measures have produced what appear to be permanent changes. “The consumption of electricity has not come back yet,” Hirose told Ars. “Maybe it never will, because the population of Japan is declining. I don’t know if in the long term the demand for electricity goes up.”
Still, the country will need to continue to produce electricity while decarbonizing its grid to meet international agreements. And the government’s plans for doing so include continued use of nuclear power. “The Japanese government set a target: 20-22 percent is generated by nuclear in 2030,” Hirose said. “In order to keep this number, we need to develop new nuclear power. So far, all the electric power companies and operators focus on the restart of the already existing nuclear power plants. Everybody is not in the mood to build a new one, because they are busy handling the restart of the existing plants.”
If the new plants are ever built, Japan will get the chance to see if it can avoid the massive cost overruns that have plagued projects elsewhere.
But that’s a very large if, and during Hirose’s presentation, an audience member pointed out that more than 60 percent of the Japanese population would like to see the country eliminate nuclear power. Other low-carbon sources, however, face significant hurdles in Japan. “Solar is very popular. Wind is possible, particularly offshore wind. But the Japanese Sea suddenly becomes deep, so it’s not like Northern Europe,” Hirose told Ars. “It’s a little technically difficult. Geothermal is very possible. Unfortunately, all the possible places are in national parks or hot-spring towns, so there aren’t many good places. But technically, it’s possible.”
All of which leaves Japan’s long-term energy future unsettled. But, in the immediate future, attention will remain on the restart of the existing nuclear power plants and the identification of the melted fuel on the floor of the remaining reactors.
https://arstechnica.com/science/2018/10/former-tepco-ceo-offers-thoughts-on-fukushima-and-japans-energy-future/

October 8, 2018 Posted by dunrenard | Fukushima 2018 | Fukushima Daiichi, Naomi Hirose, Nuclear Disaster, Tepco | Leave a comment

Science denial in USA government – first about climate change, now about ionising radiation

The radiation regulation is supported by Steven Milloy, a Trump transition team member for the EPA who is known for challenging widely accepted ideas about manmade climate change and the health risks of tobacco. He has been promoting Calabrese’s theory of healthy radiation on his blog.

the EPA proposal on radiation and other health threats represents voices “generally dismissed by the great bulk of scientists.”

“The individual risk will likely be low, but not the cumulative social risk,

Turning to scientific outliers, EPA says a little radiation may be healthy, WIVN.com, By: CBS/AP Oct 07, 2018 The Trump administration is quietly moving to weaken U.S. radiation regulations, turning to scientific outliers who argue that a bit of radiation damage is actually good for you — like a little bit of sunlight.

The government’s current, decades-old guidance says that any exposure to harmful radiation is a cancer risk. And critics say the proposed change could lead to higher levels of exposure for workers at nuclear installations and oil and gas drilling sites, medical workers doing X-rays and CT scans, people living next to Superfund sites and any members of the public who one day might find themselves exposed to a radiation release.

The Trump administration already has targeted a range of other regulations on toxins and pollutants, including coal power plant emissions and car exhaust, that it sees as costly and burdensome for businesses. Supporters of the EPA’s new proposal argue the government’s current no-tolerance rule for radiation damage forces unnecessary spending for handling exposure in accidents, at nuclear plants, in medical centers and at other sites.

“This would have a positive effect on human health as well as save billions and billions and billions of dollars,” said Edward Calabrese, a toxicologist at the University of Massachusetts who is to be the lead witness at a congressional hearing Wednesday on EPA’s proposal. “The regulatory agencies are kind of a cult, but they don’t know they’re part of a cult.”

Calabrese, who made those remarks in a 2016 interview with a California nonprofit, was quoted by EPA in its announcement of the proposed rule in April. He declined repeated requests for an interview with The Associated Press. The EPA declined to make an official with its radiation-protection program available……….

As recently as this March, the EPA’s online guidelines for radiation effects advised: “Current science suggests there is some cancer risk from any exposure to radiation.”

“Even exposures below 100 millisieverts” – an amount roughly equivalent to 25 chest X-rays or about 14 CT chest scans – “slightly increase the risk of getting cancer in the future,” the agency’s guidance said.

But that online guidance – separate from the rule-change proposal – was edited in July to add a section emphasizing the low individual odds of cancer: “According to radiation safety experts, radiation exposures of …100 millisieverts usually result in no harmful health effects, because radiation below these levels is a minor contributor to our overall cancer risk,” the revised policy says.

Calabrese and his supporters argue that smaller exposures of cell-damaging radiation and other carcinogens can serve as stressors that activate the body’s repair mechanisms and can make people healthier. They compare it to physical exercise or sunlight.

Mainstream scientific consensus on radiation is based on deceptive science, says Calabrese, who argued in a 2014 essay for “righting the past deceptions and correcting the ongoing errors in environmental regulation.”……..

The radiation regulation is supported by Steven Milloy, a Trump transition team member for the EPA who is known for challenging widely accepted ideas about manmade climate change and the health risks of tobacco. He has been promoting Calabrese’s theory of healthy radiation on his blog.

But Jan Beyea, a physicist whose work includes research with the National Academies of Science on the 2011 Fukushima nuclear power plant accident, said the EPA proposal on radiation and other health threats represents voices “generally dismissed by the great bulk of scientists.”

The EPA proposal would lead to “increases in chemical and radiation exposures in the workplace, home and outdoor environment, including the vicinity of Superfund sites,” Beyea wrote.

At the level the EPA website talks about, any one person’s risk of cancer from radiation exposure is perhaps 1 percent, Beyea said.

“The individual risk will likely be low, but not the cumulative social risk,” Beyea said.

“If they even look at that – no, no, no,” said Terrie Barrie, a resident of Craig, Colorado, and an advocate for her husband and other workers at the now-closed Rocky Flats nuclear-weapons plant, where the U.S. government is compensating certain cancer victims regardless of their history of exposure.

“There’s no reason not to protect people as much as possible,” said Barrie.

U.S. agencies for decades have followed a policy that there is no threshold of radiation exposure that is risk-free.

The National Council on Radiation Protection and Measurements reaffirmed that principle this year after a review of 29 public health studies on cancer rates among people exposed to low-dose radiation, via the U.S. atomic bombing of Japan in World War II, leak-prone Soviet nuclear installations, medical treatments and other sources.

Twenty of the 29 studies directly support the principle that even low-dose exposures cause a significant increase in cancer rates, said Roy Shore, chief of research at the Radiation Effects Research Foundation, a joint project of the United States and Japan. Scientists found most of the other studies were inconclusive and decided one was flawed.

None supported the theory there is some safe threshold for radiation, said Shore, who chaired the review. If there were a threshold that it’s safe to go below, “those who profess that would have to come up with some data,” Shore said in an interview.

“Certainly the evidence did not point that way,” he said……..

The EPA tucked its proposed relaxation of radiation guidelines into its “transparency in science” proposal in April. The proposal would require regulators to consider “various threshold models across the exposure range” when it comes to dangerous substances.  …….https://www.wivb.com/news/turning-to-scientific-outliers-epa-says-a-little-radiation-may-be-healthy/1505019288

October 8, 2018 Posted by Christina MacPherson | politics, secrets,lies and civil liberties, USA | Leave a comment

Genetic changes in children of soldiers who were exposed to ionising radiation

Typical mutations in children of radar soldiers https://www.sciencedaily.com/releases/2018/10/181005111447.htm, October 5, 2018

Source:
University of Bonn
Summary:
The offspring of radar soldiers exposed to high doses of radiation during their service experience more genetic alterations than families without radiation exposure.

The offspring of radar soldiers exposed to high doses of radiation during their service experience more genetic alterations than families without radiation exposure. This has been demonstrated in a pilot study by the research team involving Charité-Universitätsmedizin Berlin, the Berlin Institute of Health (BIH), the Max Delbrück Centre for Molecular Medicine, Radboud University Nijmegen (Netherlands) and the University Hospital Bonn, which has now been published in the journal Scientific Reports. The results of this pilot study will be reviewed in a larger scale study.

Until the 1980s, military radar systems were often inadequately shielded against spurious radiation emitted by radar amplifier tubes. Such rays can cause radiation damage to service and maintenance personnel. The persons involved have joined forces in the ‘Association for the support of persons harmed by radar beams’. In 2003, a commission of experts made recommendations on compensatory payments. Since some children of former radar soldiers suffer from physical disabilities attributed to the radiation exposure of their fathers, their offspring are now in the spotlight. Whether radiation led to genotype damage in these children is debated.

A research team from Charité-Universitätsmedizin Berlin, the Berlin Institute of Health (BIH), the Max Delbrück Center for Molecular Medicine, Radboud University Nijmegen (Netherlands) and the University Hospital Bonn have now investigated this question in a pilot study. ‘Through the latest methods of high-throughput sequencing, the complete genomes of parents and their children can now be studied within a short time. This allows us to determine the mutation rates after radiation exposure much more accurately than before’ says first author Dr. med. Manuel Holtgrewe of the Core Unit Bioinformatics (CUBI) of the Berlin Institute of Health (BIH) and Charité-Universitätsmedizin Berlin.

Researchers studied the genomes of twelve families

The scientists studied the genomes of twelve families of radar soldiers. The entire genomes of 18 offspring and their parents were sequenced. The exact radiation exposure of the soldiers cannot be determined retroactively. Researchers estimate, however, that a ‘high dose’ of radiation emanated from the radar systems, especially because radar soldiers very frequently became ill, many from cancer. Scientists compared the mutation rates in the genomes of radar soldier families with that of 28 offspring of parents who were not exposed to radiation.

The focus was on so-called ‘multisite de novo mutations’ (MSDN), which have already been demonstrated in mice because of radiation. An MSDN is present when two or more defects in DNA strands occur adjacently to each other in a line of 20 base pairs. While in the families without radiation exposure, only every fifth offspring had an MSDN, in the radar soldier families this was two out of three offspring. Twelve MSDNs were found in the 18 offspring of radar soldiers, in one family indeed six MSDNs in three offspring. In addition, in two offspring, chromosomal alterations were also detected that had serious clinical consequences. The origin of these mutations could also be traced back to the paternal germ line and only rarely occurs by chance.

‘The results of our pilot study suggest that an accumulation of certain genotype damage by radiation can basically be demonstrated in the next generation,’ says Prof. Dr. med. Peter Krawitz from the Institute for Genomic Statistics and Bioinformatics at the University Hospital Bonn. How pronounced the accumulation of genotype damage by radiation is must be demonstrated by even larger studies, the results of which rely on a much broader database. A team involving Krawitz is currently planning such a follow-up study together with the Institute of Human Genetics of the University Hospital Bonn, the Charité-Universitätsmedizin Berlin and the Berlin Institute of Health (BIH), who are funding it.

The researchers thank the Government Organisation in Support of Radar Victims (BzUR) and its members for supporting the current study. The investigation was facilitated by a private donation of 50,000 euros by Dr. Gisela Sperling.


Story Source:

Materials provided by University of Bonn. Note: Content may be edited for style and length.


Journal Reference:

  1. Manuel Holtgrewe, Alexej Knaus, Gabriele Hildebrand, Jean-Tori Pantel, Miguel Rodriguez de los Santos, Kornelia Neveling, Jakob Goldmann, Max Schubach, Marten Jäger, Marie Coutelier, Stefan Mundlos, Dieter Beule, Karl Sperling, Peter Michael Krawitz. Multisite de novo mutations in human offspring after paternal exposure to ionizing radiation. Scientific Reports, 2018; 8 (1) DOI: 10.1038/s41598-018-33066-x

October 8, 2018 Posted by Christina MacPherson | Germany, radiation, Reference | Leave a comment

Dr Keith Barnham goes through some of the terminal problems at the Hinkley C nuclear power station site

Public Enquiry 6th Oct 2018 Dr Keith Barnham goes through some of the terminal problems at the Hinkley
C nuclear power station site

– ‘Radioactive mud’ test have been for gamma radiation, not alpha which shows up plutonium

– Economics of nuclear no longer viable

– Bridgwater Bay tidal lagoon would produce an equivalent amount of electricity

– France and China are not building any more nuclear power but have industries which are looking to expand anywhere guillible enough to take them

– Tory government have put the brakes on renewable energy to artificially prop up the dying nuclear industry

– this is a project the nuclear industry want, but nobody else does. Activists call for halt to ‘nuclear mud’ dumping off Wales. Campaigners say sediment has not been tested properly and may do ‘irreversible harm’ Among those backing
the objectors is the Emeritus Prof Keith Barnham, a distinguished research fellow in the physics department at Imperial College London, who argues it is possible that large amounts of uranium and dangerous levels of plutonium could have reached the mud when cooling water from the decommissioned Hinkley Point A was discharged.
https://www.youtube.com/watch?v=fL5mnD6HrzA&feature=youtu.be

October 8, 2018 Posted by Christina MacPherson | politics, UK | Leave a comment

USA’s Nuclear Protection Agency, -sorry, Environment Protection Agency , set to weaken radiation guidelines

CAN SMALL DOSES OF RADIATION HARM YOU? THE EPA ISN’T CONVINCED. A new rule might open the door for regulation rollbacks on radiation and harmful chemicals. Pacific Standard EMMA SARAPPO OCT 3, 2018 

On Tuesday, the Associated Press reported that the Trump administration was quietly seeking to roll back the Environmental Protection Agency’s regulations on radiation exposure. The story took a closer look at a rule the EPA proposed back in April called “Strengthening Transparency in Regulatory Science.” When it was released, most coverage focused on the proposal’s potential limitation of what studies the EPA could and could not use in decision-making—it essentially demanded the EPA not use any studies based on data that isn’t publicly available.

Ironically, the transparency rule is hiding another agenda. Paragraphs scattered throughout the document make it clear that the proposed rule is meant to re-evaluate the science behind “the dose response data and models that underlie what we are calling ‘pivotal regulatory science.'” That jargon means the EPA wants to challenge the assumptions that underlie its current guidelines on toxic exposure.

“The so-called transparency rule is an insidious dodge,” said Rush D. Holt, a former congressman and current president of the American Association for the Advancement of Science, before a Senate subcommittee on October 3rd. “It apparently is about reducing regulation.” And though the actual rule is vague, comments in the press release and a July update to the EPA guidelines on radiation exposure make it seem that nuclear regulation is on the chopping block.

Currently, the nuclear industry, the EPA, and other groups operate on the assumption that there is no safe dose of radiation, no matter how small. This is based on the “linear no-threshold” model (LNT). The LNT model is based on studies of people exposed to high and medium doses of radiation, including survivors of Hiroshima, Chernobyl, and Fukushima. That data shows that the higher the dose of radiation you receive, the more severe the consequences—in other words, that the response to doses is linear. The more radiation, the more health effects.

Because it’s much harder to accurately measure small doses of radiation in large populations over long periods of time, there isn’t much data available on the lower end. Still, most scientists agree that the relationship stays the same for small amounts of ionizing radiation: Small doses increase the aggregate risk of cancer by a relatedly small amount. LNT’s prevalence pushes regulatory agencies, professional associations, and medical fields to keep radiation doses “as low as reasonably achievable” in all people, especially considering some groups (children, especially) are more vulnerable to radiation than others.

……..in a larger public-health sense, LNT is cautious and prudent. Just because there isn’t documented proof of harm at very low doses doesn’t mean harm isn’t being done, and an inaccurate model means that it’s also possible that LNT sometimes underestimates cancer risks from low doses. In the absence of more definitive data, multiple groups and studies—the National Academy of Sciences, the International Commission on Radiological Protection, and more—have recommended holding fast to regulations that keep radiation exposure as low as possible, at least until a new model is robustly tested and accepted.

Others go even further and argue that small doses of radiation are good for you. Edward Calabrese, a professor at the University of Massachusetts, is quoted in the April EPA press release—he was glad the agency was “recognizing the widespread occurrence of non-linear dose responses,” and he appeared in the October 3rd Senate hearing on the rule.

Calabrese is a major critic of the LNT model. He is famous for championing “hormesis”—the idea that small amounts of radiation are beneficial, or “hormetic,”  ………

Although Calabrese focused on more mainstream criticisms of LNT before the Senate, his hormesis work is controversial. In 2010, Kristin Shrader-Frechette used Calabrese’s work as a case study of “special-interest science.” Shrader-Frechette compares Calabrese and others to the Queen of Hearts in Lewis Carroll’s Through the Looking Glass. “Just as the Queen claimed she could believe six impossible things before breakfast, SIS proponents often use scientific concepts/methods in ways that are ‘impossible,'” she wrote. She points out that Calabrese’s CV shows significant research funding from Atlantic Richfield Oil (ARCO), Dow Chemical, ExxonMobil, Proctor and Gamble, and R.J. Reynolds Tobacco. And despite Calabrese’s nearly 20 years of advocacy for the theory, even friendly reviews indicate radiation hormesis needs further scientific support.

……the rule promises to give special consideration to studies exploring “various threshold models across the exposure range” and pledges to “evaluate the appropriateness” of using the LNT model. If it’s approved, the EPA’s accepted scientific standard for acceptable radiation doses could change from “as low as reasonably achievable” to a standard that identifies no effect or positive effects from low doses. That could lead to the repeal of strict regulations on radiation containment, which the EPA might deem unnecessary. https://psmag.com/news/can-small-doses-of-radiation-harm-you-the-epa-isnt-convinced

October 8, 2018 Posted by Christina MacPherson | politics, radiation, USA | Leave a comment

New research raises further concern about radioactive contamination from US arms testing

Studies renew worry about contamination from US arms testing, Stars and Stripes,  By RALPH VARTABEDIAN | Los Angeles Times  October 6, 2018 LOS ANGELES (Tribune News Service) — At the dawn of the nuclear age, the Franklin D. Roosevelt administration placed the nation’s major nuclear weapons production and research facilities in large, isolated reservations to shield them from foreign spies – and to protect the American public from the still unknown risks of radioactivity.

By the late 1980s, near the end of the Cold War, federal lands in South Carolina, Tennessee, New Mexico, Colorado, Ohio and Washington state, among other places, were so polluted with radionuclides that the land was deemed permanently unsuitable for human habitation.

That much has long been accepted as a price for the nation’s nuclear deterrent. But a far more complex problem could emerge if recent research is correct.

Studies by a Massachusetts scientist say that invisible radioactive particles of plutonium, thorium and uranium are showing up in household dust, automotive air cleaners and along hiking trails outside the factories and laboratories that for half a century contributed to the nation’s stockpile of nuclear weapons.

The findings provide troubling new evidence that the federal government is losing control of at least some of the radioactive byproducts of the country’s weapons program.

Marco Kaltofen, a nuclear forensics expert and a professor at Worcester Polytechnic Institute, said he collected samples from communities outside three lab sites across the nation and found a wide variation of particle sizes. He said they could deliver lifelong doses that exceed allowable federal standards if inhaled.

“If you inhale two particles, you will exceed your lifetime dose under occupational standards, and there is a low probability of detecting it,” he said.

A peer-reviewed study by Kaltofen was published in its final form in May in Environmental Engineering Science.

Kaltofen, who also is the principal investigator at the nuclear and chemical forensics consulting firm Boston Chemical Data Corp., released a second study in recent weeks.

The Energy Department has long insisted that small particles like those collected by Kaltofen deliver minute doses of radioactivity, well below typical public exposures.

One of the nation’s leading experts on radioactivity doses, Bruce Napier, who works in the Energy Department’s lab system, said the doses cited by Kaltofen would not pose a threat to public health.

Such assurances have been rejected by nuclear plant workers, their unions and activists who monitor environmental issues at nearly every lab and nuclear weapons site in the nation.

Jay Coghlan, executive director of Nuclear Watch New Mexico, cited a long history of denial about the claims of “down winders,” the residents of Western states who were exposed to radioactive fallout from atmospheric weapons testing.

“We cannot trust self-reporting by the Department of Energy,” he said. “I don’t accept that low levels of radioactivity have no risk.”

Tom Carpenter, executive director of another watchdog group, the Hanford Challenge in central Washington, said as recently as last year that the Energy Department released an unknown quantity of radioactive particles during demolition of a shuttered weapons factory, the Plutonium Finishing Plant.

After a series of three releases during 2017, the Energy Department shut down the demolition and has yet to resume it. Forty-two workers were exposed in the incidents.

“If you work in a coal mine, you go home with coal dust on you,” Carpenter said. “Same with a textile mill; you go home with cotton dust. These Hanford workers went home with plutonium dust.”

The second study by Kaltofen, completed in August, reported that fairly high radioactivity levels were found in 30 samples from the communities around the Hanford nuclear site, near Richland, Wash. The samples found contamination on personal vehicles driven inside the Hanford site that would leave mechanics exposed if they worked around the vehicles, the report said.

Kaltofen also reviewed an internal study in March by an Energy Department contractor, Washington River Protection Solutions, that found a calculated potential dose of 95 millirem for workers, roughly 10 times higher than the federal Environmental Protection Agency standard.

Kaltofen said a broader independent study should look at residual contamination around Hanford. An Energy Department spokesman at the Hanford site said the office had no comment on the studies.

For his studies, Kaltofen collected samples outside the Los Alamos National Laboratory in New Mexico, the former Rocky Flats weapons plant near Denver and the Hanford site.

The samples were collected from the crawl spaces of homes, a trailer park office, vacuum cleaner bags, automotive air filters, furnace filters and along a hiking trail.

He subjected those samples to electronic microscopy analysis to determine exactly what type of element was emitting radiation. He identified isotopes of cesium, thorium, uranium and plutonium, all the results of building nuclear weapons parts.

The communities surrounding these facilities have long adapted to the reality that they are near radioactivity, though they are not willing to take risks that compromise their health. Kaltofen’s sampling found some very high levels of contamination in Los Alamos’ Acid Canyon, a recreational area near a community pool and skate park………

A worker’s exposure to radioactivity, such as walking by a radioactive substance or having particles cling to clothing, is checked by monitors and badges worn by workers at plant sites. Such exposure is like a medical X-ray, which delivers a momentary dose. But inhaling a small particle of plutonium or thorium can go unnoticed by such monitors and deliver a lifetime of alpha radiation right next to lung tissue, Kaltofen said.

“You can walk through a portal monitor without setting it off but you can get a substantial amount of energy from particles in the body,” he said. https://www.stripes.com/news/us/studies-renew-worry-about-contamination-from-us-arms-testing-1.550707#.W7pnK–LpJ4.twitter

October 8, 2018 Posted by Christina MacPherson | environment, USA, weapons and war | Leave a comment

US Secretary of State Mike Pompeo talks about breaking USA-North Korea stalemate

POMPEO: U.S., N.KOREA HOPE TO BREAK NUCLEAR STALEMATE   https://www.jpost.com/Breaking-News/Pompeo-US-NKorea-hope-to-break-nuclear-stalemate-568823  

BY REUTERS  OCTOBER 7, 2018  EOUL, – US Secretary of State Mike Pompeo said on Sunday he met North Korean leader Kim Jong Un during his trip to Pyongyang, aimed at breaking a stalemate in nuclear negotiations between the two countries.

Shortly after arriving in South Korea following the visit, Pompeo posted a photo of himself walking along with Kim on Twitter, saying: “Had a good trip to #Pyongyang to meet with Chairman Kim. We continue to make progress on agreements made at Singapore Summit.  Thanks for hosting me and my team @StateDept.”

October 8, 2018 Posted by Christina MacPherson | North Korea, politics international, USA | Leave a comment

The very bad news about what space travel can do to your gut

Deep-Space Radiation Could Damage Astronauts’ Guts By Samantha Mathewson, Space.com Contributor | October 4, 2018 Deep-space missions, to Mars and beyond, could spell trouble for astronauts, according to new research showing that cosmic radiation can damage the digestive tract, stomach and colon.

Spending weeks or months in space can lead to muscle loss, deterioration in cognitive ability and bone formation, and even vision problems for astronauts. As we prepare to send astronauts deeper into space, researchers are investigating how these even-longer journeys will affect the human body.

“While short trips, like the times astronauts traveled to the moon, may not expose them to this level of damage, the real concern is lasting injury from a long trip, such as a Mars [mission] or other deep-space missions, which would be much longer,” Kamal Datta, the study’s lead investigator and project leader of the NASA Specialized Center of Research (NSCOR) at Georgetown University Medical Center, said in a statement. [What Does Space Travel Do to Your Gut Microbes? (Video)]

To simulate how galactic cosmic radiation in deep space will affect future astronauts, researchers at Georgetown University Medical Center studied radiation’s impact on the small intestine of mice. Their findings suggest that exposure to a low dose of iron radiation could cause serious gastrointestinal (GI) damage, as well as tumor growth in the stomach and colon, according to the statement………

The radiation appeared to cause permanent damage, according to the study. Also, the researchers suggested that exposure to heavy ions may cause similar damage responses in other organs.

“With the current shielding technology, it is difficult to protect astronauts from the adverse effects of heavy-ion radiation,” Datta said. “Although there may be a way to use medicines to counter these effects, no such agent has been developed yet.”……

The findings were published Monday (Oct. 1) in the journal Proceedings of the National Academy of Sciences.

Follow Samantha Mathewson @Sam_Ashley13. Follow us @Spacedotcom, Facebook and Google+. Original article on Space.com.  https://www.space.com/42018-deep-space-travel-damage-astronauts-gut.html

October 8, 2018 Posted by Christina MacPherson | radiation | Leave a comment

Coalition calls to “Make nuclear waste site Ottawa Valley election issue”

Make nuclear waste site Ottawa Valley election issue: coalition https://www.insideottawavalley.com/news-story/8948934-make-nuclear-waste-site-ottawa-valley-election-issue-coalition/  NEWS Oct 05, 2018 by John Carter  Arnprior Chronicle-Guide A group of concerned citizens is making a concerted effort to make the proposed nuclear waste disposal at Chalk River an election issue throughout Renfrew County, especially those municipalities along the Ottawa River.The informal alliance that also includes Ottawa Riverkeeper, the Coalition Against Nuclear Dumps on the Ottawa River and two cottagers groups, has sent a lengthy letter to each municipal candidate, spelling out “major concerns” about the plan. The groups stress they’re not advocating the closure of Chalk River nuclear laboratories but want changes to proposals on how and where radioactive nuclear waste is to be disposed.

It asks candidates to support efforts to petition the federal government to move the proposed radioactive nuclear disposal site “much farther away” from the Ottawa River and to use more-secure containment methods.

“Your constituents are very worried that large amounts of radioactive waste could contaminate the Ottawa River if these plans are not changed,” says the letter. That would affect the drinking water of millions of people.

The letter points out the contract includes the requirement to “seek the fastest, most cost-effective means” to dispose of all the radioactive waste that has been accumulating at Chalk River and other federal nuclear sites. The contract also includes decommissioning and entombing the nuclear reactor at Rolphton, which the coalition calls inappropriate.

The letter says the proposed 27-acre containment “mound” will contain up to one million cubic metres of radioactive nuclear waste, including materials transported in from other Canadian decommissioned nuclear sites. It is to be covered over by a combination of sand, stone, gravel and topsoil that could reach about 25 metres high.

The coalition is particularly concerned because the location is directly over an active earthquake zone, above porous and fractured rock, and less than a kilometre from the Ottawa River. It is beside a small lake that drains directly into the Ottawa River through a small creek, the letter points out.

The letter says the danger is exacerbated if the mound is left uncovered for more than 50 years, as planned. Furthermore, “climate change brings unpredictable, catastrophic weather that could cause permanent radioactive contamination of the Ottawa River,” the letter adds.

It suggests retired Atomic Energy of Canada Ltd. (AECL) senior nuclear scientists have raised serious concerns about the proposal. It quotes Dr. J.R. Walker as saying it “employs inadequate technology and is problematically located” and “does not meet regulatory requirements with respect to the health and safety of persons and the protection of the environment.”

The letter urges candidates, if elected, to introduce resolutions questioning the process and opposing the waste proposals as they currently stand, as well as the importation of nuclear waste to Chalk River from other locations “as more than 135 municipalities in Ontario and Quebec have already done.”

October 8, 2018 Posted by Christina MacPherson | Canada, politics, wastes | Leave a comment

NRC Grants Key Approvals for S. Korea’s APR1400 Nuclear Reactor, Despite Widespread Construction Delays

*APR1400** Public Enquiry 6th Oct 2018
Power Mag 6th Oct 2018  Sonal Patel   https://www.youtube.com/watch?v=fL5mnD6HrzA&feature=youtu.be

The Nuclear Regulatory Commission (NRC) has issued key safety and design
approvals for the Advanced Power Reactor 1400 (APR1400), a South Korean
third-generation nuclear reactor design. The U.S. regulatory body on
September 28 issued a final safety evaluation report and a standard design
approval (SDA) for the APR1400, which is designed by South Korean
state-owned companies Korea Electric Power Corp. (KEPCO) and Korea Hydro
and Nuclear Power Co. (KHNP).

The companies submitted a design
certification application for the APR1400 in December 2014.

Despite issuance of the safety evaluation report and SDA, the NRC has yet to
complete its certification process, however. The first of four APR1400
reactors under construction at the Barakah plant in the United Arab
Emirates (UAE) was completed this March, but commercial start-up has been
delayed to between the end of 2019 and early 2020, Nawah Energy Company,
the operator of the Barakah Nuclear Energy Plant, said in May 2018. The
delays are pegged to training issues. “The resulting projection for the
start-up of Unit 1 operations reflects the time required for the plants
nuclear operators to complete operational readiness activities and to
obtain necessary regulatory approvals,”
https://www.powermag.com/nrc-grants-key-approvals-for-s-koreas-apr1400-nuclear-reactor-despite-widespread-construction-delays/

October 8, 2018 Posted by Christina MacPherson | general | Leave a comment

Nuclear Waste Shipments Expose Populations to Toxic Radiation

 https://sputniknews.com/analysis/201810061068647605-nuclear-waste-shipments-expose-populations-radiation/

 06.10.2018 Pregnant women in the United States could be exposed to ionizing radioactivity from nuclear waste shipped around the nation, a radioactive waste watchdog told Radio Sputnik’s Loud & Clear this week.

Given the number of shipments of nuclear waste traveling around the country, “Pregnant women and the fetus and the womb should not be exposed to any ionizing radioactivity if it can be avoided. This is going to happen. Given these kinds of shipment numbers — many thousands — there’s going to be exposures to pregnant women in this country,” says Kevin Kamps, radioactive waste specialist at Beyond Nuclear.

Nuclear waste is shipped past Americans all the time without many of us knowing it. Even waste passing by on a train is emitting radioactive particulates, and some of those can have negative consequences over time.

“It’s like an X-ray. It will cause harm,” Kamps said. Nurses often ask patients to wear protective aprons while taking X-rays to minimize exposure to the radiation, since X-rays are technically a carcinogen according to the World Health Organization. Medical News Today has reported that approximately 0.4 percent of cancers in the US are triggered by CT scans. (CT scans use X-rays and computer imagery to generate pictures of the body to help doctors with diagnoses.)

Transporting nuclear waste products is a risky business for public health outside the US, too

“If you have exterior, or external contamination, on the shipment — which has happened hundreds of times in France, 50 times in the US that we know of — those dose rates increase significantly. In France, on average, it was 500 times the permissible [amount of contamination] on one-third of the shipments. In one case it was 3,300 times [the] permissible [amount]. So if that’s one to two chest X-rays per hour, times 3,300 times permissible, that’s 6,600 chest X-rays per hour,” Kamps told Loud & Clear.

October 8, 2018 Posted by Christina MacPherson | safety, USA, wastes | Leave a comment

The dangers and unknown challenges of Russia’s plan for floating nuclear power plants in Northeast Asia

Floating Nuclear Power Plants in Northeast Asia? A Daunting Prospect.  Weak multilateral architecture, territorial disputes, and natural disaster vulnerability compound the unknowns of Russia’s new energy platform. The Diplomat, By Tom Corben October 05, 2018 Given the controversy of all things nuclear power in the post-Fukushima era, it was no surprise that the April launch of Russia’s first floating nuclear power plant (FNPP), the Akademik Lomonosov, drew polarizing responses immediately (in spite of the fact that its nuclear fuel was only loaded earlier this week). Russia’s state-owned nuclear utility Rosatom, claimed that the Akademik Lomonosov’s safety precautions exceed “all possible threats,” granting it “invincibility against natural disasters,” and highlighted the enhancements to economic development efforts in Russia’s far-flung territories. Conversely, environmental organizations like Greenpeace labeled the Akademik Lomonosov a “nuclear titanic” or “Chernobyl on ice,” a serious risk to the global environmental and human security. Observers ought to regard warily the sensationalist claims of advocates and opponents of FNPPs alike. Even so, it is difficult not to view Rosatom’s “invincibility” claim without incredulity.

Rosatom has previously claimed in safety briefings to the International Atomic Energy Agency (IAEA) that the Akademik Lomonosov could withstand a magnitude-10 earthquake, tsunamis powerful enough to cast the barge ashore, and even the impact of a 10-ton aircraft. However, disasters such as that at Fukushima in March 2011 show the perils of blind faith in the integrity of nuclear technology and existing safety regimes that claim to preclude all possible disaster scenarios, particularly those where consecutive or compounding disaster events may present unforeseen challenges. That the Akademik Lomonosov is essentially the first of its kind (the comparatively small USS Sturgis aside) means that practitioners and observers alike have little historical experience to draw upon in offering completely watertight safety assessments. Commentators have pointed to nuclear-powered carriers and submarines to counter criticisms that seaborne reactors are inherently dangerous, yet several such vessels have sunk in the past, along with their radioactive cargo. There is, however, no precedent for a reactor complex the size of the Akademik Lomonosov’s going down in coastal or blue waters, nor for the sorts of short- or long-term hazards that may result or the responses that may be required.

These unknown risks are particularly accentuated when framed in the Northeast Asian context. Either the Akademik Lomonosov or one of its successors will reportedly head for the seismically-active Kamchatka Peninsula, which lies north of the Kuril Island chain presently disputed by Japan and Russia. The Sanchi oil tanker disaster in January demonstrated that the region’s geopolitical faultlines can complicate multilateral responses to industrial-environmental threats when they occur in or impact upon disputed territories, even when multilateral fora designed to facilitate collective risk management response to ocean-born hazards already exist. As far as FNPPs are concerned, these mechanisms do not presently account for potential radiological crises. In short, Northeast Asian states will need to move quickly and recalibrate existing institutions accordingly if they are to preclude another serious geopolitically-charged, potentially radiological, environmental disaster.

The Akademik Lomonosov features two KLT-40C reactors (variants of the military-grade KLT-40M model used aboard Russian icebreakers), capable of generating 70MWe — enough energy to provide power and desalinated water for between 100,000–200,000 people. These impressive statistics aside, however, neither the KLT-40C model nor Russia’s overall nuclear safety record are entirely reassuring. In May 2011, for example, the Russian icebreaker Taymyr experienced a severe coolant leak, releasing radioactivity into the atmosphere, and needed to be towed into port for urgent repairs — all this despite recent safety upgrades. There are also several cases of Russian nuclear submarines sinking with hundreds of kilos of uranium and/or nuclear-tipped missiles still aboard, most notably the K-159 wreck in the Barents Sea, though what threat these might pose to the local environment remains unknown.

Furthermore, the appeal of FNPPs as a portable baseline power source for developing distant territories could become a significant setback in the event of a crisis of “unforeseeable” circumstances. Remote territories are just that — remote. In the event of a serious crisis, and considering the absence of local Russian nuclear infrastructure, it may take considerable time for a response team to reach the vessel. That would translate into more time for said crisis to spiral further.

Compounding the tyranny of distance is the region’s geological volatility. A magnitude 7.8 earthquake struck the Kamchatka Peninsula last July, while magnitude 8 quakes struck the Kuril Islands in 2006 and 2007, generating 50-foot tsunamis. While none of these instances resulted in major damage, in 1952 a massive earthquake and tsunami killed thousands and wrought destruction on settlements across the peninsula and the Kuril Islands. In fact, recent research has also demonstrated that seismic and volcanic activity in Russia’s Far East poses a serious natural disaster threat to the entire Pacific Rim. As far as the Akademik Lomonosov is concerned, some argue that its flat-bottomed hull design and lack of self-propulsion increases its vulnerabilityto impending or sudden disaster events. With a registered top speed of only 4 miles per hour with the assistance of tugboats, the task of avoiding an oncoming threat would become all the more difficult. For the sake of comparison, nuclear-powered carriers can hit anywhere between 55-92 kilometers (34-57 miles) per hour unassisted.

In a worst case scenario, a damaged or sinking FNPP could pose a regional radiological threat, one quickly compounded should the vessel be cast toward or into disputed territories or those of another state. Events in January suggest that Northeast Asia is unprepared for such an event. A slow response to the Sanchi oil tanker incident saw the burning vessel drift out of recognized Chinese waters and into those adjacent to the disputed Senkaku/Diaoyu Islands, where it eventually sank. Neither Beijing nor Tokyo moved to assume control of clean-up operations because of these geopolitical tensions, yet their inaction ironically saw the corruption of adjacent common fishing grounds.

In response, commentators (including myself) called for the creation of a regional disaster response agreement capable of bypassing competing territorial claims in the interests of containing similar catastrophes in the future…….

The likely arrival of FNPPs in Asia in the future will bring with them unprecedented risks that should not be discounted if states are serious about avoiding, or at least preparing for, an unprecedented radiological crisis of regional proportions.  https://thediplomat.com/2018/10/floating-nuclear-power-plants-in-northeast-asia-a-daunting-prospect/

October 8, 2018 Posted by Christina MacPherson | ASIA, Russia, safety, technology | Leave a comment

USA administration salivating about lucrative sale of nuclear technology to Saudi Arabia – if only they could get over the proliferation problem

U.S. stresses safety in talks on nuclear power with Saudi Arabia: Perry https://www.reuters.com/article/us-usa-saudi-nuclear/u-s-stresses-safety-in-talks-on-nuclear-power-with-saudi-arabia-perry-idUSKCN1M707W

Timothy Gardner, WASHINGTON (Reuters) 7 Oct 18,  – The United States is close to working with Saudi Arabia on building nuclear power reactors, but talks on tough non-proliferation standards with the kingdom remain a challenge, U.S. Energy Secretary Rick Perry said on Wednesday.

Perry has held talks with several Saudi leaders this year, including King Salman and Crown Prince Mohammed bin Salman, on the kingdom’s ambition of initially building two nuclear power stations. Saudi Arabia wants to ultimately construct 16 reactors in coming decades at a cost of about $80 billion.

Discussions had been held up on Saudi Arabia’s desire to relax nonproliferation standards and potentially allow the country to enrich uranium and reprocess plutonium, technologies that non-proliferation advocates worry could one day be covertly altered to produce fissile material for nuclear weapons.

Perry said progress on non-proliferation standards had been made, but that talks were not going as quickly as either side would have hoped. Perry has shared with Saudi leaders that being “perceived as very, very strong on non-proliferation was a most important message, globally,” he told reporters at the Energy Department headquarters.

Perry said part of the talks center on making sure any nuclear inspections would not be intrusive for sensitive areas in the kingdom.

Discussions had been held up on Saudi Arabia’s desire to relax nonproliferation standards and potentially allow the country to enrich uranium and reprocess plutonium, technologies that non-proliferation advocates worry could one day be covertly altered to produce fissile material for nuclear weapons.

Perry said progress on non-proliferation standards had been made, but that talks were not going as quickly as either side would have hoped. Perry has shared with Saudi leaders that being “perceived as very, very strong on non-proliferation was a most important message, globally,” he told reporters at the Energy Department headquarters.

Perry said part of the talks center on making sure any nuclear inspections would not be intrusive for sensitive areas in the kingdom.

October 8, 2018 Posted by Christina MacPherson | politics international, Saudi Arabia, USA | Leave a comment

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